传染免疫

Since as early as 200 BC people began to use disabled or minute amounts of infectious agents to immunize themselves against infections.

早在公元200年，人们就开始使用失活的或者微量的含传染物的药剂来使自己对传染病免疫。

Then we researched the existence of periodic solution of order one of this modified model by using theories of invariant set of impulsive semi-dynamical system and Brouwer\'s fixed point.

第三章考虑了一类具有非线性传染力函数的传染病模型，其中人口出生率和死亡率相同并且患病者病愈后可自然获得免疫但一段时间后免疫力也会自然丧失。

Blood bank type the appliance divided by the blood or blood component in the blood bank 滤 to use amid the leuco - cell, and the aetioporphyrin 品 only be limited by sex usage, that product a time the availability to do away with in order not to leuco - cell, object is the leuco - cell the antibody to spark not the 溶 guts have fever the anteiso -, anaphylaxis, HLA the immune response of of same race isoquinoline ketone body and big and small cytidine taken by leuco - cell k virus k, T lymph cell leukemia the k virus k's infection, prevent hard-pressed synthesis 症 of person respiratory trees

血库型应用于血库滤除血液或血液成分中白细胞用，本品只限于一次性使用，该产品有效去除白细胞，目的是为了避免白细胞抗体引起的非溶血性发热反应、过敏反应、HLA同种异体免疫反应以及由白细胞携带的巨细胞病毒、T淋巴细胞白血病病毒的传染，防止成人呼吸窘迫综合症

Content: Pure cultivation of microbes and microtechnique, cell structure and function of microorganism, nutrition of microbes, metabolism of microbes, reproduction of microbes and its control, microorganic genetics and gene engineering, microbial ecology, evolution, phylogenesis, classification, microbial industry and products.

课程内容：微生物的纯培养与显微技术；微生物的细胞结构与功能；微生物营养；微生物代谢；微生物生长繁殖及控制；微生物遗传及基因工程；微生物的生态；微生物进化系统发育和分类鉴定；微生物物种多样性；微生物传染与免疫；微生物工业及产品。

To sum up, your son, if long-term exposure to hepatitis B virus carriers, then there is likely to be infected, it is best resow a hepatitis B vaccine or a blood genetically engineered vaccine, about 50% of the opportunities that arise, an effective immune .

综上所述，您宝宝如果长期接触乙肝病毒携带者的话还是有可能被传染的，最好是补种一次乙肝血源疫苗或一次基因工程疫苗，约有50%的机会出现有效免疫。

If you have already developed immunity to toxoplasmosis before pregnancy, you cannot get reinfected or pass the infection on to your fetus.

如果你怀孕前就已经建立了对抗弓形虫病的免疫系统，那么你就不会再次感染，也不会传染给胎儿。

The book introduces the animal models representing natural infections ranging from uni- to multicellular and from endo- to ectoparasites in fish, chickens and mammals, including structural and physiological aspects of cell death; Role of apoptosis in non-mammalian host-parasite relationships; thionine-positive cells in relation to parasites; animal models for the study of innate immunity; interaction between sea lice and their hosts; pathophysiology of salmonids cryptobiosis and glossina-transmitted mammalian trypanosomiasis in livestock; avian coccidiosis; interactions betweem fish hosts and monogeneans.

该书介绍了鱼类，小鸡和哺乳动物从单细胞到多细胞和从内寄生虫到外寄生虫的天然传染的动物模型，包括细胞死亡的结构和生理学方向；非哺乳动物宿主和寄生虫关系中细胞凋亡的作用；硫堇阳性细胞与寄生虫的关系；用于先天免疫研究的动物模型；海虱与其宿主的相互作用；鲑鱼隐生想象的生理病理学和家畜中舌蝇传播的哺乳动物锥虫病；鸟类球虫病；鱼类宿主与单殖亚纲动物的相互作用。

That first, these are organized by the animal transplanting often is able to be discriminated against by human being's immunity system; Secondly, these animal self's a little virus is in the cards meeting be infected by to human being body inner; After once again, last phase dies because xenogenesis organ transplants since in 1990's, the more and more few people is ready to attempt xenogenesis organ transplanting.

首先，这些被移植的动物组织经常会被人类的免疫系统排斥；其次，这些动物自身的一些病毒有可能会传染到人类体内；再次，自从在20世纪90年代末期因异种器官移植而死亡后，越来越少的人愿意尝试异种器官移植。

Form、structure、characterization and function of prokaryotic、eukaryotic and molecular organisms;②nutrition and cultivation techniques of microorganisms;③physiological and metabolizable production of microorganisms;③theory of genetic variation and microbic breeding technique of microorganisms;⑤ecology and environmental protection of microorganisms;⑥Infection、 Immunity and biologics of microorganisms;⑦classification and identification of microorganisms and the international Code of Nomenclature of microorganisms.and microbial high-techs developing on these as the fundament of life sciences.

主要讲授：①原核微生物、真核微生物及分子生物的形态、结构、特点和功能；②微生物的营养和培养技术；③微生物生理及代谢产物；④微生物遗传变异理论和育种技术；⑤微生物生态和环境保护；⑥微生物传染、免疫和生物制品；⑦微生物分类鉴定和国际命名法则，以及在此基础理论上发展起来的微生物高新技术，是当代生命科学研究的基础。

The anion has as follows 8 big benefit: Sterilize surpass the oxygen negative ion free radical but kill various pneogaster infectious disease bacterium; Dust removal makes air middle dust heavy getting together, suspension pellet the brute force is collected; Deodorization dislodges various the peculiar smell living , bad smell , improves a bag; Eliminate cigarette smoke fog , dust in wiping out air rapidly , completely eradicate the second-hand cigarette; The various deleterious chemistry volatilizes a gas , wipes out "the invisible killer " in getting rid of poison dislodging air; Work efficiency, removes health care rise becoming fagged , improve the heart-lung function, strengthen the human body immunocompetence; Improve the looks making an epithelium bring negative charge along , make germs lose the go at ability to the cell , keep skin glossy; Except that static electricity is positive static electricity in general in life, will be physically and mentally healthy to the human body bringing about hidden trouble, the anion has an effect to neutralize this static electricity.

负离子有如下8大好处：杀菌——超氧阴离子自由基可杀灭各种呼吸道传染病菌；除尘——使空气中尘埃聚沉，强力收集悬浮颗粒；除臭——去除各种生活异味、臭味，改善生活环境；消烟——快速消灭空气中的烟雾、尘埃，杜绝二手烟；去毒——去除空气中各种有毒化学挥发气体，消灭&隐形杀手&；保健——提高工效、消除疲劳，改善心肺功能，增强肌体免疫能力；美容——使上皮细胞带负电荷，使病菌失去对细胞的攻击能力，保持皮肤光滑；除静电——生活中一般为正的静电，会对人体身心健康带来隐患，负离子有效中和这种静电。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。